The invention belongs to the object release test recoil measurement technology field, particularly relates to an object release recoil measurement device and aims to solve a problem of low measurement precision existing in a device for object release recoil measurement in the prior art. The device comprises a foundation, a back seat, a front support, a band, a control tower mounting support, pull rods, a top rod, a force sensor, an ignition tool and a test member. According to the device, a compaction degree of the sensor is adjusted through four pull rods to realize reliable contact of a released object and the back seat, so object release recoil can be accurately measured; through designing a force test tool and a force test top rod, a traditional test method employing four force sensors to measure recoil and further integrating four recoils through a data processing method after a test to acquire one recoil is improved, only one sensor is required for recoil measurement, and a problem of a relatively large resultant force error caused phase difference among acquisition device channels can be avoided.